Contentful ID
xlsxns6TvqQE1iEWterzJ
Is This an LCRI Tag?
True
Enapter
Contentful ID
2FCvB4h2Sugmb0H1n3JSdL
Company Values
Entity Description
Enapter is a water electrolyzer manufacturing company established in Pisa, Italy with offices in Germany, Thailand, and Russia. Enapter develops Anion exchange membrane water electrolyzer and is one of the few companies that commercially offers this new technology. Enapter develops small scale modular electrolyzer systems with the ability to be stacked and is used in many countries for various sectors. In 2021 Enapter has started the construction for its electrolyzer production facility in Germany with the plan to produce 10,000 electrolyzers (2.4 kW each) a month.
Entity Name
Enapter
Focus Areas
General - Organization
Entity Type
Company
Is LCRI Company?
Yes
Technology Areas
Technology Description
Enapter provides 2.4 kW anion exchange membrane water electrolyzer modules with the ability to produce up to 1.0785 kg H2/day. The modular electrolyzers can be stacked using Enapter AEM multicore units to produce up to 452 kg H2/day with the efficiency of 56.4 kWh/kg H2 of electricity.
Technology Name
AEM Electrolyzer
ThyssenKrupp
Contentful ID
1ySrVMRWTWwtgxtZG6odDi
Company Values
Entity Description
ThyssenKrupp is an international conglomerate of industrial and technology companies, with market applications including automotive, construction, aviation, and energy generation. The Uhde Chlorine Engineers division is responsible for the construction of large-scale alkaline electrolyzers.
Entity Name
ThyssenKrupp
Focus Areas
General - Organization
Entity Type
Company
Group/Division/Lab name
Uhde Chlorine Engineers division
Is LCRI Company?
Yes
Technology Areas
Technology Description
ThyssenKrupp uses low-temperature alkaline electrolysis technology to produce hydrogen. At the center of ThyssenKrupp’s electrolysis technologies are their patented, large, electrochemical cells with “zero gap,” which allows for high efficiency in industrial-scale hydrogen production. Systems are available in 10-MW or 20-MW modules that have an electrical power consumption of 4.3 kWh/Nm3.
Technology Name
Advanced alkaline electrolysis technology